I've updated the first post with new values - still waiting on WDs though.
I'll be returning with my Alt-CMDR this weekend and will be cashing in about 30-40 WD. Will provide the data here when done, if nobody else has done so before that.
I've updated the first post with new values - still waiting on WDs though.
I've updated the first post with new values - still waiting on WDs though.
I need to take a short trip to get some data for engineer unlocking purposes. A tour of white dwarves around the bubble should do the trick,,,
You think you got the waterworld terraform bonus nailed down?
Well, I'm confident the values in the first post are accurate enough to work out the maximum terraforming bonus... but I don't yet understand why many planets do not get the full bonus. I have a few ideas about it, but my feeling is there's not enough information in the journal to accurately work out the actual terraforming bonus.
Dunno if this has been said, but this needs to be taken into account in the next update of EDDiscovery. Kudos to the OP
I just sold and logged prices on 40-50 waterworlds, and I too am baffled now on the terra bonus. There are some strong preferences (tidally locked and ammonia atmospheres) for no terra bonus, but then there are some exceptions where a couple do get it.
I also into a system where 2 of 3 HMC terra candidates did not get the bonus, but that seems to be an outlier.
Does your ELW price assume a terra bonus? Only found 3, but they were all in the 700k range.
Thanks so much for doing this! Helped me immensly in my latest deep space trip.
If you have the sale prices and the journal entries to go with them, I'd be interested to see your data.
I've put together a simple web-based calculator based on MattG's formulae. Select the star/planet type, enter its mass and whether it's terraformable, and a value is calculated: http://www.rzxarchive.co.uk/edcalcs.html
Still a bit rough around the edges, but I think the basic calculations are working ok.
I've put together a simple web-based calculator based on MattG's formulae. Select the star/planet type, enter its mass and whether it's terraformable, and a value is calculated: http://www.rzxarchive.co.uk/edcalcs.html
Still a bit rough around the edges, but I think the basic calculations are working ok.